baber/WOPTO huggingface dataset:
Patent JP-2016175743-A (JP)
Title: Holding and lifting device
Inventor: NAKAYAMA SHUNKAI
IPC: B66C1/28
Filed: 2015-03-20
Abstract: PROBLEM TO BE SOLVED: To provide a holding and lifting device which can improve safety in lifting and lift an object to be lifted smoothly and reliably.SOLUTION: A holding mechanism 30 comprises a body block 1 including: a coupling pin 3 for pivoting a pair of holding arms 2 rotatably; a drive mechanism for moving the coupling pin vertically; a pair of guide pins 4 that are protruded from upper ends of the holding arms and move obliquely and vertically according to the vertical movement of the coupling pin; a pair of load receiving bases 5 having guide grooves 50 for guiding the guide pins; a pair of support legs for supporting the drive mechanism; and a plurality of positioning guides for positioning the coupling pin on a center line in a lengthwise direction of an object to be lifted. The guide groove comprises an oblique groove part 50a for guiding the guide pin in an oblique direction to open and close the holding arm, and a vertical groove part 50b which is formed continuously to the oblique groove part and, while the holding arm is open, guides the guide pin upward to cause a lower end 2b of the holding arm to retreat upward of a lower end 1a of the body block.SELECTED DRAWING: Figure 2
Patent JP-2016184457-A (JP)
Title: System ceiling apparatus
Inventor: HARA TAKUYA
IPC: F21S8/02
Filed: 2015-03-25
Abstract: PROBLEM TO BE SOLVED: To provide a system ceiling apparatus capable of being easily and stably attached to a ceiling bar from below a system ceiling.SOLUTION: A system ceiling apparatus 1 comprises: an apparatus body 10 that has a pair of side surface portions 14 facing each other and that is provided between a pair of ceiling bars 2 facing each other; locking bodies 11 that are provided in the pair of side surface portions 14, that are locked to support sections 5 of the ceiling bars 2, and that attach the apparatus body 10 to the pair of ceiling bars 2, respectively; and restriction bodies 12 that have protruding sections 30 provided on the pair of side surface portions 14 and upright sections 31 provided to be raised upright from tip end sides of the protruding sections 30, respectively, each upright section 31 being inserted between a pair of drooping sections 6 of each ceiling bar 2 when the apparatus body 10 has been attached to the pair of ceiling bars 2.SELECTED DRAWING: Figure 4
Patent JP-2016184787-A (JP)
Title: Piezoelectric actuator, acoustic generator, acoustic generation device, and electronic equipment
Inventor: KUMAZAWA SADAOMI
IPC: H04R17/00
Filed: 2015-03-25
Abstract: PROBLEM TO BE SOLVED: To provide a piezoelectric actuator, an acoustic generator, an acoustic generation device, and electronic equipment, capable of reducing noise caused by transmission of vibration of a piezoelectric element.SOLUTION: A piezoelectric actuator comprises: a piezoelectric element 1 that has a laminate 13 obtained by laminating an internal electrode 11 and a piezoelectric body layer 12, and a surface electrode 14 provided on an upper surface of the laminate 13 and electrically connected with the internal electrode 11; and a flexible substrate 2 that has a connection part 21 electrically connected with the surface electrode 14 at its one end, and has a connector part 22 at the other end. The flexible substrate 2 has a penetration hole 23 in a region between the connection part 21 and the connector part 22, and a recessed part 231 extending in a thickness direction is provided on an inner wall of the penetration hole 23.SELECTED DRAWING: Figure 1
Patent JP-2016185093-A (JP)
Title: Combine-harvester
Inventor: OSAKI MASAMI
IPC: A01D41/12
Filed: 2015-03-27
Abstract: PROBLEM TO BE SOLVED: To improve and simplify the maintainability of a transmission mechanism of a thresher selecting part.SOLUTION: A combine-harvester comprises: a threshing counter shaft (20) positioned in front of a thresher (9) and installed on the front side of a fan (16); and a rear counter shaft (21) installed at the upper positions of first/second spiral troughs (17) and (18). From said threshing counter shaft (20), there are driven a reaping inverse input shaft (24) and a fan input shaft (26) for driving a rear counter shaft (21) and a reaping input shaft (23) reversely. From the rear counter shaft (21), there are driven first/second helical shafts (28) and (29), a rocking crank shaft (31) of a separation shelf (15), and a spreader input shaft (33) of a waste culm cutting device (19) for cutting the threshed waste column. A tension arm (36) for tensing belt drive means (30) for driving the first/second helical shafts (28) and (29) is erected on the first spiral trough (17).SELECTED DRAWING: Figure 3
Patent JP-2016186258-A (JP)
Title: Combustion chamber structure for direct-injection engine
Inventor: ARATO KEITA
IPC: F02B23/06
Filed: 2015-03-27
Abstract: PROBLEM TO BE SOLVED: To provide a combustion chamber structure for a direct-injection engine, capable of reducing heat loss while maintaining a good combustion state, without declining fuel economy.SOLUTION: The combustion chamber structure for a direct-injection engine is constructed so that the ratio of a depth H of a cavity 4 to an opening diameter D thereof is within a range of 20-25% and the ratio of an upper area A of a protruded part 7 to an opening area S of the cavity 4 is within a range of 9-16%, and, when a piston 2 is near a top dead center, an extension destination 9 of a fuel injection port 8 of an injector 6 is located at a peripheral edge 7a of the protruded part 7. An ECU 10 determines the fuel injection amount and the fuel injection pressure of the injector 6, finds an injection time required therefor, and calculates a crank angle range X equivalent to the injection time, while calculating a crank angle range Y where the injection destination of the injector 6 is at the peripheral edge 7a of the protruded part 7, to advance/retard a starting timing S for fuel injection from the injector 6 so that an area 20-50% away from the starting point of the crank angle range X overlaps the crank angle range Y.SELECTED DRAWING: Figure 1
Patent JP-2016187390-A (JP)
Title: Cabinet and attachment
Inventor: KAWAHARA MANABU
IPC: A47B67/02
Filed: 2015-03-30
Abstract: PROBLEM TO BE SOLVED: To provide a cabinet and an attachment capable of restraining stored articles placed on the attachment from falling off even when the attachment for tilting a surface on which the stored articles are placed is mounted on a storage tray to be mounted in a storage space in a state in which the bottom surface of the storage tray becomes approximately horizontal.SOLUTION: The cabinet mounted on the upper part of a wash stand includes: a cabinet body having a storage space; a storage tray mounted in the storage space in a state in which the bottom surface of the storage tray becomes approximately horizontal; and an attachment mounted on the bottom surface and having a surface tilted upward toward a rear side. The cabinet has rotation restriction means for restricting a turn of the attachment toward a direction having a frontward component when a force is applied on the upper part of the attachment in the direction having a frontward component in a state in which the attachment is mounted on the bottom surface of the storage tray.SELECTED DRAWING: Figure 1
Patent JP-2016188611-A (JP)
Title: Internal combustion engine
Inventor: OKUBO TAKUYA
IPC: F02D13/02
Filed: 2015-03-30
Abstract: PROBLEM TO BE SOLVED: To provide an internal combustion engine that can suppress deterioration of exhaust emissions caused by scavenging.SOLUTION: An internal combustion engine 100 includes a supercharger 101, variable valve timing mechanisms B, C, a catalyst 20, an upstream side air-fuel ratio sensor 40, a downstream side air-fuel ratio sensor 41 and an air-fuel ratio control system. When the blow-by amount air blowing from an intake passage through inside of a cylinder to an exhaust passage is equal to or smaller than reference blow-by amount, the air-fuel ratio control system sets a target air-fuel ratio of inflow exhaust gas on the basis of an air-fuel ratio detected by the downstream side air-fuel ratio sensor, and performs feedback control of fuel amount supplied to a combustion chamber so that an air-fuel ratio detected by the upstream side air-fuel ratio sensor corresponds to the target air-fuel ratio. When the blow-by amount exceeds the reference blow-by amount, the air-fuel ratio control system sets the target air-fuel ratio of the inflow exhaust gas on the basis of the air-fuel ratio detected by the downstream side air-fuel ratio sensor, and supplies fuel amount calculated from the target air-fuel ratio to the combustion chamber without performing the feedback control.SELECTED DRAWING: Figure 11
Patent JP-2016188750-A (JP)
Title: Hot water supply system
Inventor: INAMI HIRONORI
IPC: F24H1/18
Filed: 2015-03-30
Abstract: PROBLEM TO BE SOLVED: To provide a hot water supply system that can appropriately detect occurrence of an abnormal state where an overpressure relief valve interposed in an overpressure prevention water discharge passage led out from a circulation flow passage for circulating hot water between a hot water storage tank and a heat source machine is maintained in a valve open state.SOLUTION: While an operation of a heat source machine (heat pump device)3 is stopped after hot water in a hot water storage tank 2 is heated, on the basis of changes over time of a deviation between a detection value of a temperature of hot water in the hot water storage tank 2 and a detection value of a temperature of hot water in an overpressure prevention water discharge passage 14, occurrence of an abnormal state where an overpressure relief valve 15 is maintained in a valve open state is detected.SELECTED DRAWING: Figure 1
Patent JP-2016190505-A (JP)
Title: Control system
Inventor: TAKEDA TOSHIHIKO
IPC: B60R16/02
Filed: 2015-03-30
Abstract: PROBLEM TO BE SOLVED: To provide a control system that can easily respond to change of a vehicle configuration and can effectively prevent unfavorable behavior control from being performed.SOLUTION: A domain control section 21 for a control system sets a control guideline of the system in a guideline layer 21a, and sets a system control mode in a system operation layer 21c under the control guideline. In the system control mode, an on-vehicle apparatus control mode is set in an apparatus behavior layer 21d. At this time, the domain control section 21 imposes a constraint condition on setting of at least one of the system control mode and the on-vehicle equipment control mode in a constraint layer 21b, and prohibits or allows the setting depending on whether or not corresponding to the constraint condition. Thus, the constraint condition is determined based on a factor such as a situation of an on-vehicle apparatus that is a control target, so as to enable prevention of setting of an unfavorable control guideline and control mode.SELECTED DRAWING: Figure 2
Patent JP-2016190561-A (JP)
Title: Floor structure of vehicle body
Inventor: SATO KEITA
IPC: B62D25/20
Filed: 2015-03-31
Abstract: PROBLEM TO BE SOLVED: To provide a floor structure of a vehicle body capable of restraining a side sill from leaning laterally inward due to a load inputted from a front wheel.SOLUTION: A floor structure 10 of a vehicle body includes: a floor panel 12 forming a floor portion of a cabin 2; side sills 18; front side frames 25; and stiffening members 30 each of which has a recessed portion 34 extending laterally and laid between the front side frame 25 and a front end 18a of the side sill 18, and in each of which an upper edge of the recessed portion 34 is connected to a lower surface of the floor panel 12, thus causing the stiffening member to form, with the floor panel 12, a closed cross section (torque box). The floor structure of the vehicle body further includes cross members 60 each of which connects a front portion of the side sill 18 to the front side frame 25, at a position behind the stiffening member 30, in the vehicle body. This structure causes a load to be transmitted and distributed laterally inward through the cross member 60, thus preventing the side sill 18 from leaning laterally inward, when the load is inputted into the front end 18a of the side sill 18 from a front wheel 3 moving backward due to a frontal impact or the like.SELECTED DRAWING: Figure 1
Patent JP-2016190590-A (JP)
Title: vehicle
Inventor: MATSUOKA DAISUKE
IPC: B60K6/26
Filed: 2015-03-31
Abstract: PROBLEM TO BE SOLVED: To provide a vehicle which can omit an additional mechanism such as a changeover mechanism and avoid an increase in manufacturing cost of the vehicle.SOLUTION: When an ignition-off of a vehicle 1 is detected by a control section 6, the control section 6 makes a relay 4 closed during traveling of the vehicle 1 into a cut-off state so as to cut electrical connection of a battery 2 and a smooth capacitor 3. After the relay 4 is made into the cut-off state, the control section 6 controls an inverter section 5 so as to convert DC power stored in the smooth capacitor 3 into AC power and supply the AC power to a rotor winding 801 of an inner rotor 80. When the power is supplied to the rotor winding 801, torque is generated in the inner rotor 80 by a magnetic action of the rotor winding 801 of the inner rotor 80 and an inner diameter side magnet 810 of an outer rotor 81. The torque generated in the inner rotor 80 is transmitted not to an axle 12a but to an internal combustion engine 10. Accordingly, the torque transmitted to the axle 12a is suppressed to a small degree when the power of the smooth capacitor 3 is consumed.SELECTED DRAWING: Figure 3
Patent JP-2016191871-A (JP)
Title: Optical device
Inventor: KATAOKA TOSHIO
IPC: H05K1/02
Filed: 2015-03-31
Abstract: PROBLEM TO BE SOLVED: To reduce cross-talk between signal electrodes.SOLUTION: An optical modulator 1 includes: a relay substrate 3 having a substrate part 30 and signal electrodes 31, 32 and a ground electrode 33 provided on the substrate part 30; and an optical waveguide substrate 4 having an electro-optic substrate 40 and signal electrodes 431, 432 and an optical waveguide 42 provided on the electro-optic substrate 40. Modulation signals are respectively input from one ends 31a, 32a of the signal electrodes 31, 32, and the other end 31b of the signal electrode 31 is electrically connected to the signal electrode 431, and the other end 32b of the signal electrode 32 is electrically connected to the signal electrode 432, and a light wave propagated through the optical waveguide 42 is modulated by the modulation signals propagated through the signal electrodes 431, 432, and the ground electrode 33 is provided between the signal electrodes 31, 32, and the relay substrate 3 has: a first proximity part 44 to which the signal electrodes 31, 32 are in proximity; and a through-hole 30g provided at the ground electrode 33 in the first proximity part 44.SELECTED DRAWING: Figure 2
Patent JP-2016195309-A (JP)
Title: Data processing device, data processing method, program and storage medium
Inventor: YAMASHITA HIDETAKA
IPC: H04N7/18
Filed: 2015-03-31
Abstract: PROBLEM TO BE SOLVED: To allow for real time output of a video subjected to image processing, by allowing real time image processing of video data input in real time, in an image processing circuit connected with a general-purpose interface.SOLUTION: On the PC side, a vertical synchronization marker, a horizontal synchronization marker and a data start marker are embedded at a predetermined position of the video data, based on the information of a synchronization signals V, H, and transmitted to an image processing unit, in units of packet. On the image processing unit side, a synchronization signal for controlling the timing of the processing in an image processing circuit is generated, according to these section markers, and then image processing is performed based on this synchronization signal. The PC side receives the processed video data in which the section markers are embedded, and converts into video data based on the section markers, before being stored in an image memory.SELECTED DRAWING: Figure 3
Patent JP-2015213301-A (JP)
Title: Oscillator and oscillator array
Inventor: ONZUKA TATSUNORI
IPC: H01Q21/06
Filed: 2015-04-02
Abstract: PROBLEM TO BE SOLVED: To radiate the oscillation signal of high frequency efficiently.SOLUTION: An oscillator 100 outputting an oscillation signal includes a substrate 1 on which a loop slot line 11 having at least a first linear section, and a second linear section parallel with the first linear section is formed, a diode 20 provided on the substrate while crossing the slot line 11 in the first linear section, a diode 30 provided on the substrate while crossing the slot line 11 in the second linear section, ad a plurality of slot antennas 41 formed at positions of a predetermined distance, in the direction of the electric field, for a plurality of positions in the first linear section and second linear section, where the electric field has the same phase and amplitude.
Patent JP-2016195563-A (JP)
Title: Bacterium of genus rhodococcus having degrading ability of cyclopropanecarboxylic acid derivative, microbiologic agent including the same, and degrading method of cyclopropanecarboxylic acid derivative by using the same
Inventor: MITSUI TOMOKAZU
IPC: C12N1/20
Filed: 2015-04-03
Abstract: PROBLEM TO BE SOLVED: To provide a microorganism having degrading ability of cyclopropanecarboxylic acid derivative to remove organic matters in drainage of the heavy and chemical industries, a microbiologic agent including the same and a degrading method of the cyclopropanecarboxylic acid derivative by using the same.SOLUTION: A bacterium of genus rhodococcus includes a 16SrRNA gene of a specified base sequence, and has a degrading ability of a cyclopropanecarboxylic acid derivative and a reduction ability of nitrate.SELECTED DRAWING: None
Patent JP-2016178617-A (JP)
Title: Vehicle controller
Inventor: TOMITA YOSUKE
IPC: H04W12/06
Filed: 2015-04-10
Abstract: PROBLEM TO BE SOLVED: To facilitate detection of the approach of a user possessing a portable machine, while reducing power consumption.SOLUTION: A vehicle controller 10 includes, an UHF reception unit 7 for receiving a response signal returned from a portable machine 20, and a control unit 1 foe permitting the operation of a welcome light 11 for greeting the user possessing the portable machine 20 to a vehicle, in response to the reception state of the response signal by the UHF reception unit 7. The control unit 1 determines whether or not preset conditions are satisfied, when the outdoor LF transmission units 4-6 are transmitting the first response request signal intermittently at a predetermined period, and when the conditions are satisfied, the outdoor LF transmission units 4-6 transmit a second response request signal in place of the first response request signal, and stops transmission of the second response request signal, depending on the presence or absence of reception of the response signal, returned from the portable machine 20 in response to the second response request signal, by the UHF reception unit 7, before suppressing transmission of the first response request signal.SELECTED DRAWING: Figure 1
Patent JP-2016205960-A (JP)
Title: Flow rate measurement device
Inventor: SUDO AKIYUKI
IPC: G01F1/684
Filed: 2015-04-21
Abstract: PROBLEM TO BE SOLVED: To reduce flow separation generated when a flow from an outlet of a bypass flow passage is combined with a main flow in a flow rate measurement device 1.SOLUTION: A flow rate measurement device 1 is provided with an outlet of a bypass flow passage 8 as a hole 12 formed on a side wall 3b and opened toward a substantially vertical direction with respect to a main flow direction. A space 22 is formed between the device and the side wall 3b into which a part of the main flow passing through the outside of a housing 3 flows, and a platy-member 21 is provided in parallel with the side wall 3b and arranged so as to intersect a center line A vertical to the main flow direction passing through a center of the hole 12. According to this configuration, an air flow flowing out from the hole 12 is changed to the direction parallel to the side wall 3b by the platy-member 21, and can be aligned along the housing 3 together with the main flow, thereby the separation of the flow generated when combined with the main flow can be reduced.SELECTED DRAWING: Figure 4
Patent JP-2016209075-A (JP)
Title: Game machine
Inventor: SONODA YOSHIAKI
IPC: A63F7/02
Filed: 2015-04-30
Abstract: PROBLEM TO BE SOLVED: To improve amusement of a game.SOLUTION: A game machine includes: start storage means (a game control device 100) capable of extracting prescribed random numbers on the basis of a winning entry of each game ball into a start winning port (a first start winning port 36 and a second start winning port 37) and storing the prescribed random numbers as start memories up to an upper limit; variable display game execution control means (the game control device 100) capable of performing execution control of a variable display game on the basis of the start memories stored by the start storage means; and start memory display means (a performance control device 300) which displays information on the start memories. The start memory display means is capable of displaying a plurality of performance start memory displays 90 whose number is greater than the upper limit, associates a part of the performance start memory displays 90 with the start memories one by one and executes a prescribed performance in the performance start memory displays 90.SELECTED DRAWING: Figure 102
Patent JP-2015172058-A (JP)
Title: Exendin-4 derivative with modified n-terminal amino acid
Inventor: JUNG SUNG YOUB
IPC: A61P3/10
Filed: 2015-05-07
Abstract: PROBLEM TO BE SOLVED: To provide an insulinotropic peptide derivative increased in the blood stability and the insulinotropic activity.SOLUTION: An exendin-4 derivative substituted by N-dimethyl-histidyl is produced by chemically modifying histidine, which is the first amino acid of exendin-4, which is an insulinotropic peptide. The exendin-4 derivative exhibits better blood stability and higher insulinotropic activity than the native exendin. A pharmaceutical composition for treating diabetes contains the insulinotropic peptide derivative.
Patent JP-2016211454-A (JP)
Title: Control device of internal combustion engine
Inventor: KOBAYASHI MASARU
IPC: F02D41/04
Filed: 2015-05-11
Abstract: PROBLEM TO BE SOLVED: To reduce an amount of NOdischarged from a NSR catalyst while suppressing increase of fuel consumption caused by execution of rich spike processing when an air-fuel ratio of an air-fuel mixture is shifted from a lean air-fuel ratio to a theoretical air-fuel ratio.SOLUTION: In a control device of an internal combustion engine in which an air-fuel ratio of an air-fuel mixture is shifted to a theoretical air-fuel ratio after execution of rich spike processing, when a NOocclusion amount of a NSR catalyst is more than a prescribed NOamount when the air-fuel ratio of the air-fuel mixture is shifted from a lean air-fuel ratio to the theoretical air-fuel ratio, the prescribed NOamount is changed to a smaller value when a temperature of the NSR catalyst is high in comparison with a case when the temperature is low.SELECTED DRAWING: Figure 6